CN203180598U - Wind-storage and light-storage typed station for power charging and battery replacing for electric automobiles - Google Patents
Wind-storage and light-storage typed station for power charging and battery replacing for electric automobiles Download PDFInfo
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- CN203180598U CN203180598U CN2013202254412U CN201320225441U CN203180598U CN 203180598 U CN203180598 U CN 203180598U CN 2013202254412 U CN2013202254412 U CN 2013202254412U CN 201320225441 U CN201320225441 U CN 201320225441U CN 203180598 U CN203180598 U CN 203180598U
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- 238000004146 energy storage Methods 0.000 abstract description 2
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
- Y02E10/56—Power conversion systems, e.g. maximum power point trackers
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/76—Power conversion electric or electronic aspects
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E40/00—Technologies for an efficient electrical power generation, transmission or distribution
- Y02E40/10—Flexible AC transmission systems [FACTS]
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Abstract
Provided is a wind-storage and light-storage typed station power charging and battery replacing for electric automobiles. The station belongs to the field of power supply systems, and the object is to solve the problem that under the condition of power failure, stations in the prior art for power charging and battery replacing for the electric automobiles can only replace storage batteries of the electric automobiles and fails to charge the storage batteries of the electric automobiles. A 380 V bus L4 is respectively connected with a photovoltaic system power supply bus L1 via a photovoltaic system grid-connection circuit breaker, a load power supply bus L2 via a load circuit breaker, and a wind power generation system power supply bus L3 via a wind power generation system grid-connection circuit breaker. The photovoltaic system power supply bus L1 is connected with the load power supply bus L2 via a photovoltaic access circuit breaker, and then is connected with the wind power generation system power supply bus L3 via a wind power generation circuit breaker. A photovoltaic power generation system is provided under the photovoltaic system power supply bus L1, a station for power charging and battery replacing for electric automobiles and a storage battery energy storage system are provided under the load power supply bus L2, and a wind power generation system is provided under the wind power generation system power supply bus L3. The wind-storage and light-storage typed station for power charging and battery replacing for electric automobiles is applied to the field of electric automobile power charging and battery replacing stations.
Description
Technical field
The utility model belongs to the electric power system field.
Background technology
At present, countries such as the U.S., Japan, Israel, France, Britain have all begun to build charging electric vehicle facility separately, and mainly to be charged as the master, wherein the U.S., Israel are carrying out related work aspect electrical changing station.State Grid Corporation of China has proposed the principle of " it is main changing electricity, insert fill be to assist, concentrate charging, unified dispensing " the pattern to charging electric vehicle in 2010.2011, State Grid Corporation of China built up the first electric automobile intelligence of China and fills and change electric service network in Zhejiang, also was that the intercity interconnected electric automobile intelligence of first realization is in the world filled and changed electric service network, and the electrical changing station of China has been walked the leading position in the world.
Therefore construction is filled electrical changing station intelligence and is filled the most important thing of changing electric service network, and the clean reproducible energy generating is the important means that solves energy problem, become the our times development trend, therefore electric automobile being filled the electrical changing station construction generates electricity in conjunction with clean reproducible energy, the i.e. pattern of " clean reproducible energy generating → energy storage → fill and change ", this pattern not only can reduce electric automobile and fill and change electricity to the impact of electrical network, clean environment firendly more, and can be in the remote districts construction that the electrical network condition does not possess, or on long-distance highway as the emergent charging facility, therefore this pattern is filled the research of electrical changing station and is built promoting the application of electric automobile, building energy saving and environment friendly society has significance, and boundless application prospect will be arranged.
Current, it is power supply with the AC network that electric automobile fills electrical changing station, has following problem: one, because of national grid resource anxiety, therefore relying on national grid fully can increase burden to country; Two, present electric automobile fills electrical changing station and disposes batteries mostly, also can work when having a power failure, but the finite capacity of batteries is just helpless when the long situation of interruption duration takes place.
The utility model content
The utility model fills electrical changing station under the power failure situation in order to solve at existing electric automobile, can only change the storage battery of electric automobile, and the problem that can not charge to the storage battery of electric automobile the utility model proposes a kind of honourable storage formula electric automobile and fills electrical changing station.
Scene storage formula electric automobile fills electrical changing station, and it comprises that electric power system, batteries to store energy system, electric automobile fill electrical changing station, stands with load, supervisory control system, main circuit breaker, photovoltaic system be incorporated into the power networks circuit breaker, photovoltaic access circuit breaker, solar module circuit breaker, the circuit breaker of loading, batteries circuit breaker, wind power generation circuit breaker, wind generator system be incorporated into the power networks circuit breaker and blower fan circuit breaker; Described electric power system comprises AC network, wind generator system and photovoltaic generating system,
The electrical signal of photovoltaic generating system is connected with the photovoltaic system power supply buses by the solar module circuit breaker, this photovoltaic system power supply buses is connected with the 380V bus by the photovoltaic system circuit breaker that is incorporated into the power networks, and described 380V bus is connected with AC network by main circuit breaker;
The photovoltaic system power supply buses inserts circuit breaker by photovoltaic and is connected with the load power supply buses, electric automobile fills electrical changing station and the station all is articulated on this load power supply buses with load, this load power supply buses is connected with the 380V bus by the load circuit breaker, this load power supply buses is connected with the charge power supply signal input part of batteries to store energy system by the batteries circuit breaker, this load power supply buses is connected with the wind generator system power supply buses by the wind power generation circuit breaker, described wind generator system power supply buses is connected with the 380V bus by the wind generator system circuit breaker that is incorporated into the power networks, this wind generator system power supply buses is connected with the electrical signal of wind generator system by the blower fan circuit breaker, the pilot signal output of supervisory control system by 485 buses respectively with wind generator system, the pilot signal input of photovoltaic generating system and batteries to store energy system is connected, and the data-signal output of batteries to store energy system is connected with the data-signal input of photovoltaic generating system by 485 buses or CAN bus.
Supervisory control system is the safeguards system that honourable storage formula electric automobile fills the electrical changing station safe operation,
Power supply monitoring system in the supervisory control system is used for the ruuning situation of monitoring electric power system, shows the electric power system main electrical scheme, electric parameters such as detection power, electric weight and electric current;
Charging monitoring system in the supervisory control system is used for charge information, charged state, the charging clearing situation of monitoring accumulator of electric car;
Electric energy quality monitoring system in the supervisory control system is used for the monitoring quality of power supply, electric current resultant distortion rate, voltage resultant distortion rate, each primary current aberration rate and each time voltage distortion;
Video monitoring system is used for the security situation that the monitoring electric automobile fills electrical changing station in the supervisory control system, by camera electric automobile is filled electrical changing station and monitors;
Electric power system is mainly charging device power supply is provided, and simultaneously also for stations such as supervisory control system, illumination provide power supply with load, is the basis of whole charging station operation.
Wind generator system and photovoltaic generating system are responsible on the one hand electric automobile and fill electrical changing station power supply is provided, and are responsible on the other hand providing power supply to AC network.
Electric power system is the core that electric automobile fills electrical changing station, comprises that charging cabinet, electric automobile fill facilities such as electrical changing station and circuit.It is the electrically-charging equipment that provides fast, charges at a slow speed for electric automobile that electric automobile fills electrical changing station.
Photovoltaic generating system is selected the also net mode of decentralized for use, decentralized and net mode are the roofs that the small-sized combining inverter of employing outdoor is installed in the building, the direct current that solar module is produced directly becomes the 380V alternating current, incorporates power distribution network into after then the interchange side of every small-sized inverter being confluxed.
It is the electrically-charging equipment that provides fast, charges at a slow speed for electric automobile that electric automobile fills electrical changing station, and its operating state has two kinds, is respectively lonely network operation state and the state that is incorporated into the power networks;
Electric automobile fills the situation that electrical changing station is in lonely network operation state, when sunny, is that electric automobile fills the electrical changing station power supply by photovoltaic generating system daytime; In the sunlight deficiency, the photovoltaic generating system deficiency is thought when electric automobile fills the electrical changing station power supply, is provided electric energy for electric automobile fills electrical changing station jointly by batteries to store energy system and photovoltaic generating system; When night, for filling electrical changing station, electric automobile provides electric energy by wind generator system and batteries to store energy system.
Electric automobile fills the situation that electrical changing station is in the state of being incorporated into the power networks, and when sunny, is that electric automobile fills the electrical changing station power supply by photovoltaic generating system daytime; When sunlight was not enough, the photovoltaic generating system deficiency was thought when electric automobile fills the electrical changing station power supply, is that electric automobile fills the electrical changing station power supply by photovoltaic generating system and AC network; When night, when wind energy is sufficient, be that electric automobile fills the electrical changing station power supply by wind generator system; When wind energy is not enough, be that electric automobile fills electrical changing station power supply energy by wind generator system and AC network.
Described photovoltaic generating system comprises the photovoltaic power supply management system, solar module and combining inverter, the control signal output of described photovoltaic power supply management system is connected with the control signal input of solar module, the signal output part of solar module is connected with the direct current signal input of combining inverter, the AC signal output of this combining inverter is the electrical signal of photovoltaic generating system, the data-signal input of photovoltaic power supply management system is the data-signal input of photovoltaic generating system, and the pilot signal input of photovoltaic power supply management system is the pilot signal input of photovoltaic generating system.
Described batteries to store energy system comprises battery management system, batteries and two-way inverter, the input/output terminal of described battery management system is connected with the input/output terminal of batteries, the output of described batteries is connected with an end of two-way inverter, the other end of this two-way inverter is the signal input part of batteries to store energy system, the signal input part of battery management system is the pilot signal input of batteries to store energy system, and the data-signal output of battery management system is the data-signal output of batteries to store energy system.
Described battery management system comprises temperature sensor and Hall element, and described temperature sensor is used for gathering the temperature signal of batteries, and described Hall element is used for gathering current signal and the voltage signal of batteries.
Temperature sensor in the battery management system is gathered the temperature signal of batteries, and the Hall element in this battery management system is gathered current signal and the voltage signal of batteries; It is reported to the police when the too low or too high for voltage or temperature of batteries is too high according to the dump energy of above-mentioned all signal estimation batteries of gathering; Battery management system carries out equilibrium to the energy of batteries, guarantees the consistency of each the cell electric weight in the batteries.
Described wind generator system comprises blower fan, wind power generation management system and combining inverter, the control signal output of described wind power generation management system is connected with the signal input part of blower fan, the signal output part of this blower fan is connected with the inverter signal input of combining inverter, the inverter signal output of this combining inverter is the electrical signal of wind generator system, and the signal input part of wind power generation management system is wind generator system pilot signal input.
The also net mode of decentralized is adopted in described photovoltaic generating system choosing.
The beneficial effect that the utility model brings is: electric automobile fills electrical changing station under the power failure situation, not only can change the storage battery of electric automobile, can also the storage battery of electric automobile be charged.
Description of drawings
Fig. 1 is the structural representation that honourable storage formula electric automobile described in the utility model fills electrical changing station; L1 represents the photovoltaic system power supply buses; L2 represents the power supply buses of loading; L3 represents the wind generator system power supply buses; L4 represents the 380V bus.
Embodiment
Embodiment one: present embodiment is described referring to Fig. 1, the described honourable storage formula electric automobile of present embodiment fills electrical changing station, and it comprises that electric power system, batteries to store energy system, electric automobile fill electrical changing station 6, stand and insert circuit breaker 12, solar module circuit breaker 4, load circuit breaker 13, batteries circuit breaker 11, wind power generation circuit breaker 14, wind generator system be incorporated into the power networks circuit breaker 19 and blower fan circuit breaker 18 be incorporated into the power networks circuit breaker 5, photovoltaic of load 7, supervisory control system 17, main circuit breaker 20, photovoltaic system; Described electric power system comprises AC network, wind generator system and photovoltaic generating system,
The electrical signal of photovoltaic generating system is connected with photovoltaic system power supply buses L1 by solar module circuit breaker 4, this photovoltaic system power supply buses L1 is connected with 380V bus L4 by the photovoltaic system circuit breaker 5 that is incorporated into the power networks, and described 380V bus L4 is connected with AC network by main circuit breaker 20;
Photovoltaic system power supply buses L1 inserts circuit breaker 12 by photovoltaic and is connected with load power supply buses L2, electric automobile fills electrical changing station 6 and the station all is articulated on this load power supply buses L2 with load 7, this load power supply buses L2 is connected with 380V bus L4 by load circuit breaker 13, this load power supply buses L2 is connected with the charge power supply signal input part of batteries to store energy system by batteries circuit breaker 11, this load power supply buses L2 is connected with wind generator system power supply buses L3 by wind power generation circuit breaker 14, described wind generator system power supply buses L3 is connected with 380V bus L4 by the wind generator system circuit breaker 19 that is incorporated into the power networks, this wind generator system power supply buses L3 is connected with the electrical signal of wind generator system by blower fan circuit breaker 18, the pilot signal output of supervisory control system 17 by 485 buses respectively with wind generator system, the pilot signal input of photovoltaic generating system and batteries to store energy system is connected, and the data-signal output of batteries to store energy system is connected with the data-signal input of photovoltaic generating system by 485 buses or CAN bus.
Power supply monitoring system in the supervisory control system 17 is used for the ruuning situation of monitoring electric power system, shows the electric power system main electrical scheme, electric parameters such as detection power, electric weight and electric current;
Charging monitoring system in the supervisory control system 17 is used for charge information, charged state, the charging clearing situation of monitoring accumulator of electric car;
Electric energy quality monitoring system in the supervisory control system 17 is used for the monitoring quality of power supply, electric current resultant distortion rate, voltage resultant distortion rate, each primary current aberration rate and each time voltage distortion;
Video monitoring system is used for the security situation that the monitoring electric automobile fills electrical changing station 6 in the supervisory control system 17, by camera electric automobile is filled electrical changing station 6 and monitors;
Electric power system is mainly charging device power supply is provided, and simultaneously also for stations such as supervisory control system 17, illumination provide power supply with load, is the basis of whole charging station operation.
Wind generator system and photovoltaic generating system are responsible for electric automobile on the one hand and fill electrical changing station 6 power supply is provided, and are responsible on the other hand providing power supply to AC network.
Electric power system is the core that electric automobile fills electrical changing station 6, comprises that charging cabinet, electric automobile fill facilities such as electrical changing station 6 and circuit.It is the electrically-charging equipments that provide fast, charge at a slow speed for electric automobile that electric automobile fills electrical changing station 6.
Photovoltaic generating system is selected the also net mode of decentralized for use, decentralized and net mode are the roofs that the small-sized combining inverter of employing outdoor is installed in the building, the direct current that solar module 2 is produced directly becomes the 380V alternating current, incorporates power distribution network into after then the interchange side of every small-sized inverter being confluxed.
It is the electrically-charging equipments that provide fast, charge at a slow speed for electric automobile that electric automobile fills electrical changing station 6, and its operating state has two kinds, is respectively lonely network operation state and the state that is incorporated into the power networks;
Electric automobile fills the situation that electrical changing station 6 is in lonely network operation state, when sunny, is that electric automobile fills electrical changing station 6 power supplies by photovoltaic generating system daytime; In the sunlight deficiency, the photovoltaic generating system deficiency is thought when electric automobile fills electrical changing station 6 power supplies, is provided electric energy for electric automobile fills electrical changing station 6 jointly by batteries to store energy system and photovoltaic generating system; When night, for filling electrical changing station 6, electric automobile provides electric energy by wind generator system and batteries to store energy system.
Electric automobile fills the situation that electrical changing station 6 is in the state of being incorporated into the power networks, and when sunny, is that electric automobile fills electrical changing station 6 power supplies by photovoltaic generating system daytime; When sunlight was not enough, the photovoltaic generating system deficiency was thought when electric automobile fills electrical changing station 6 power supplies, is that electric automobile fills electrical changing station 6 power supplies by photovoltaic generating system and AC network; When night, when wind energy is sufficient, be that electric automobile fills electrical changing station 6 power supplies by wind generator system; When wind energy is not enough, for filling electrical changing station 6, electric automobile provides electric energy by wind generator system and AC network.
Embodiment two: present embodiment is described referring to Fig. 1, the difference that present embodiment and embodiment one described honourable storage formula electric automobile fill electrical changing station is, described photovoltaic generating system comprises photovoltaic power supply management system 1, solar module 2 and combining inverter 3-1, the control signal output of described photovoltaic power supply management system 1 is connected with the control signal input of solar module 2, the signal output part of solar module 2 is connected with the direct current signal input of combining inverter 3-1, the AC signal output of this combining inverter 3-1 is the electrical signal of photovoltaic generating system, the data-signal input of photovoltaic power supply management system 1 is the data-signal input of photovoltaic generating system, and the pilot signal input of photovoltaic power supply management system 1 is the pilot signal input of photovoltaic generating system.
Embodiment three: present embodiment is described referring to Fig. 1, the difference that present embodiment and embodiment one described honourable storage formula electric automobile fill electrical changing station is, described batteries to store energy system comprises battery management system 8, batteries 9 and two-way inverter 10, the input/output terminal of described battery management system 8 is connected with the input/output terminal of batteries 9, the output of described batteries 9 is connected with an end of two-way inverter 10, the other end of this two-way inverter 10 is signal input parts of batteries to store energy system, the signal input part of battery management system 8 is pilot signal inputs of batteries to store energy system, and the data-signal output of battery management system 8 is data-signal outputs of batteries to store energy system.
Embodiment four: present embodiment is described referring to Fig. 1, the difference that present embodiment and embodiment three described honourable storage formula electric automobiles fill electrical changing station is, described battery management system (8) comprises temperature sensor and Hall element, described temperature sensor is used for gathering the temperature signal of batteries (9), and described Hall element is used for gathering current signal and the voltage signal of batteries (9).
Temperature sensor in the battery management system 8 is gathered the temperature signal of batteries 9, and the Hall element in this battery management system 8 is gathered current signal and the voltage signal of batteries 9; It is reported to the police when the too low or too high for voltage or temperature of batteries 9 is too high according to the dump energy of above-mentioned all signal estimation batteries 9 of gathering; The energy of 8 pairs of batteries 9 of battery management system carries out equilibrium, guarantees the consistency of each the cell electric weight in the batteries.
Embodiment five: present embodiment is described referring to Fig. 1, the difference that present embodiment and embodiment one described honourable storage formula electric automobile fill electrical changing station is, described wind generator system comprises blower fan 16, wind power generation management system 15 and combining inverter 3-2, the control signal output of described wind power generation management system 15 is connected with the signal input part of blower fan 16, the signal output part of this blower fan 16 is connected with the inverter signal input of combining inverter 3-2, the inverter signal output of this combining inverter 3-2 is the electrical signal of wind generator system, and the signal input part of wind power generation management system 15 is wind generator system pilot signal inputs.
Embodiment six: referring to Fig. 1 present embodiment is described, the difference that present embodiment and embodiment two described honourable storage formula electric automobiles fill electrical changing station is that the also net mode of decentralized is adopted in described photovoltaic generating system choosing.
Claims (6)
1. honourable storage formula electric automobile fills electrical changing station, it is characterized in that it comprises that electric power system, batteries to store energy system, electric automobile fill electrical changing station (6), stand and insert circuit breaker (12), solar module circuit breaker (4), load circuit breaker (13), batteries circuit breaker (11), wind power generation circuit breaker (14), wind generator system be incorporated into the power networks circuit breaker (19) and blower fan circuit breaker (18) be incorporated into the power networks circuit breaker (5), photovoltaic of load (7), supervisory control system (17), main circuit breaker (20), photovoltaic system; Described electric power system comprises AC network, wind generator system and photovoltaic generating system,
The electrical signal of photovoltaic generating system is connected with photovoltaic system power supply buses L1 by solar module circuit breaker (4), this photovoltaic system power supply buses L1 is connected with 380V bus L4 by the photovoltaic system circuit breaker (5) that is incorporated into the power networks, and described 380V bus L4 is connected with AC network by main circuit breaker (20);
Photovoltaic system power supply buses L1 inserts circuit breaker (12) by photovoltaic and is connected with load power supply buses L2, electric automobile fills electrical changing station (6) and the station all is articulated on this load power supply buses L2 with load (7), this load power supply buses L2 is connected with 380V bus L4 by load circuit breaker (13), this load power supply buses L2 is connected with the charge power supply signal input part of batteries to store energy system by batteries circuit breaker (11), this load power supply buses L2 is connected with wind generator system power supply buses L3 by wind power generation circuit breaker (14), described wind generator system power supply buses L3 is connected with 380V bus L4 by the wind generator system circuit breaker (19) that is incorporated into the power networks, this wind generator system power supply buses L3 is connected with the electrical signal of wind generator system by blower fan circuit breaker (18), the pilot signal output of supervisory control system (17) by 485 buses respectively with wind generator system, the pilot signal input of photovoltaic generating system and batteries to store energy system is connected, and the data-signal output of batteries to store energy system is connected with the data-signal input of photovoltaic generating system by 485 buses or CAN bus.
2. honourable storage formula electric automobile according to claim 1 fills electrical changing station, it is characterized in that, described photovoltaic generating system comprises photovoltaic power supply management system (1), solar module (2) and combining inverter (3-1), the control signal output of described photovoltaic power supply management system (1) is connected with the control signal input of solar module (2), the signal output part of solar module (2) is connected with the direct current signal input of combining inverter (3-1), the AC signal output of this combining inverter (3-1) is the electrical signal of photovoltaic generating system, the data-signal input of photovoltaic power supply management system (1) is the data-signal input of photovoltaic generating system, and the pilot signal input of photovoltaic power supply management system (1) is the pilot signal input of photovoltaic generating system.
3. honourable storage formula electric automobile according to claim 1 fills electrical changing station, it is characterized in that, described batteries to store energy system comprises battery management system (8), batteries (9) and two-way inverter (10), the input/output terminal of described battery management system (8) is connected with the input/output terminal of batteries (9), the output of described batteries (9) is connected with an end of two-way inverter (10), the other end of this two-way inverter (10) is the signal input part of batteries to store energy system, the signal input part of battery management system (8) is the pilot signal input of batteries to store energy system, and the data-signal output of battery management system (8) is the data-signal output of batteries to store energy system.
4. honourable storage formula electric automobile according to claim 3 fills electrical changing station, it is characterized in that, described battery management system (8) comprises temperature sensor and Hall element, described temperature sensor is used for gathering the temperature signal of batteries (9), and described Hall element is used for gathering current signal and the voltage signal of batteries (9).
5. honourable storage formula electric automobile according to claim 1 fills electrical changing station, it is characterized in that, described wind generator system comprises blower fan (16), wind power generation management system (15) and combining inverter (3-2), the control signal output of described wind power generation management system (15) is connected with the signal input part of blower fan (16), the signal output part of this blower fan (16) is connected with the inverter signal input of combining inverter (3-2), the inverter signal output of this combining inverter (3-2) is the electrical signal of wind generator system, and the signal input part of wind power generation management system (15) is wind generator system pilot signal input.
6. honourable storage formula electric automobile according to claim 2 fills electrical changing station, it is characterized in that, the also net mode of decentralized is adopted in described photovoltaic generating system choosing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202254412U CN203180598U (en) | 2013-04-27 | 2013-04-27 | Wind-storage and light-storage typed station for power charging and battery replacing for electric automobiles |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013202254412U CN203180598U (en) | 2013-04-27 | 2013-04-27 | Wind-storage and light-storage typed station for power charging and battery replacing for electric automobiles |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103199594A (en) * | 2013-04-27 | 2013-07-10 | 国家电网公司 | Wind and light storage type electric vehicle charging and replacing power station |
| CN106300407A (en) * | 2015-05-26 | 2017-01-04 | 通用电气公司 | Electricity generation system |
| CN113541181A (en) * | 2021-06-07 | 2021-10-22 | 清华大学 | Multi-type electric vehicle cooperative power supply system |
-
2013
- 2013-04-27 CN CN2013202254412U patent/CN203180598U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103199594A (en) * | 2013-04-27 | 2013-07-10 | 国家电网公司 | Wind and light storage type electric vehicle charging and replacing power station |
| CN103199594B (en) * | 2013-04-27 | 2015-04-15 | 国家电网公司 | Wind and light storage type electric vehicle charging and replacing power station |
| CN106300407A (en) * | 2015-05-26 | 2017-01-04 | 通用电气公司 | Electricity generation system |
| US10547173B2 (en) | 2015-05-26 | 2020-01-28 | General Electric Company | Power generation system |
| CN113541181A (en) * | 2021-06-07 | 2021-10-22 | 清华大学 | Multi-type electric vehicle cooperative power supply system |
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